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Best Practices to Test Android Apps & its Importance

Best Practices to Test Android Apps and its Importance. android application testingThese days Android Mobile is a blast in the market. There are numerous Android mobiles are coming into the market and with its varieties, so while building up the Android applications, developers are confronting unique difficulties and furthermore getting chances.

The android application testing is a major concern from the earliest starting point as each site, windows application, and Mac App has an android sibling now. Everybody goes for building up an application for Android when they intend to build up a site/windows application.

It has now turned out to be important, as the clients have additionally begun leaning toward mobile android apps over computer apps or sites in the recent years.

Most of the time, individuals expect that a quality Android application can offer them a brilliant user experience. These new android apps need to stay free from coming up with certain faults and in addition bugs.

Nowadays, individuals can discover such huge numbers of decisions while hunting down the best android mobile apps. Because of this reason, a couple of bugs or slight errors can make them feel extremely irrelevant to that application and they may not offer enough importance to install it for their Android mobile.

So, this is extremely vital to test your Android app before they are reported for the end clients. During these tests, bugs and error should be tracked down and fixed if there is any. These sorts of work should be done before these applications are published for the Play Store.

Best Practices in Android Application Testing

There are some certain factors to be considered while putting a procedure for android app testing.

  • Device Selection:

This is a standout amongst the most important steps before beginning the android app testing process. Choose which devices are to be considered for the test Android app. The selection is to be done as such as to boost the number of target customers.

  • Beta Testing of the Application:

Beta testing is exceptionally powerful in testing with the real world user, actual network, real devices, and apps install in a wide geology. This gives a reasonable picture of the network variations, network density and the effect on the application.

  • Connectivity:

Typically, Android applications are connected with the web for different necessities. The connectivity on various devices assumes a key part in setting up the technique. For the most part, the connectivity is controlled by simulation software which helps in directing the system speed, latency, and constrained network while testing.

  • Manual or Automated Testing:

Although the android automation testing takes an ample amount of time for the principal run, it proves to be useful when the testing must be repeated. This additionally decreases the overall time length of testing amid the different android app development stages.

Android Automation should be clubbed with Manual testing when the regression testing redundancy is high in the application development stage, compatibility testing must be done for the same application on various OS versions, backward compatibility checkpoints etc.

Why go for Android application testing services?

For the achievement of the App – A lot of attempts should be placed in to build up an application that is close to perfection. As such, it isn’t profitable that the final result is something buggy or full of errors and undesirable behavior. Thus, thorough testing is required to ensure that the application is functioning as wanted without any issues. The code should be composed deliberately, and furthermore, testing should be done vigorously to accomplish this.

Advanced Android Testing Tools and Techniques:

Nowadays, you can locate a few advanced and high-end Android application testing tools which can be benefited through the digital world. These top android test tools are intended to assist the development team in terms of producing the beta version of the application rapidly with the goal that it very well may be shared for the testing team.

So that the testing team can catch the errors and bugs effortlessly and rapidly while utilizing the advanced tools utilized for testing. This type of technique assists the development and testing team to come up with a bug-free and error-free application that can be launched further for the market to help the end clients.

Bug-free and Error-free applications attract the clients effectively:

Applications with good reviews and ratings are constantly acknowledged in the market. Once the rating for the application builds, it gets naturally perceived by application stores. Because of this reason, the chances for the application to get downloaded by the clients will stay higher.

More downloads can be gotten for such application. There are extremely numerous tools now accessible for driving mobile platforms. Notwithstanding for the Android mobile, clients can locate these advanced tools effectively! In any case, paid tools are constantly thought to be the most genuine and effective ones that the free tools that can be profited through the digital world.

Testing the Android application:

As Android is a standout amongst the most well known and secure mobile platforms, applications distributed it on should be bug-free. Since, if your application isn’t bug-free, it may neglect to attract clients. Provided that this is true, that could be a major hindrance for your Android application development achievement.

Android offers numerous tools that assist testers to viably test app. The structure itself is outfitted with a testing system that is helpful to test all parts of the application. You can also perform the test within the emulator or on the device.

As Android mobile app testing is viewed as the most crucial stage for the development of simply any android application, application developers can’t generally overlook this progression at all.

If you disregard this progression, at that point the accomplishment of the application can hamper from various perspectives. Keeping in mind the end goal to build up a bug-free android application, you should take help of experienced and exceptionally proficient application testers.

There are a few difficulties engaged with Android application testing. There are diverse components to be considered before the Android testing procedure can truly be implemented however once done this turns into an extremely interesting task.

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Code Refactoring Plays Vital Role for Tester

Code Refactoring Plays Vital Role for Tester. code refactoring techniquesEven if you are a QA Engineer engaged with automating test cases or planning to in the near future it is essential that you learn about code refactoring techniques. Code refactoring is one of the key terms in SDLC that may expand your productivity!

Yet, first, we should understand that what is code refactoring! Fundamentally, code refactoring is the way toward changing a program’s source code without adjusting its external functional behavior, keeping in mind the end goal to enhance a portion of the non-functional traits of the product.

As such, code refactoring techniques is the way toward clearing up and rearranging the plan of existing code, without changing its behavior. These days, agile software development is actually an absolute necessity and agile teams are keeping up and expanding their code coverage a considerable measure from iteration to iteration, and without constant refactoring in agile, this is difficult to do.

This is due to an un-refactored code tends to rot: unfortunate conditions between classes or bundles, awful distribution of class responsibilities, way too an excessive number of duties per technique or class, copied code, and numerous different assortments of confusion and clutter. In this way, the benefits incorporate enhanced code readability and decreased complexity; these can enhance source-code practicality and make a more expressive internal architecture. In any case, you are doing real Test-Driven Development, in which the design evolves persistently; at that point, you have no choice about regular code refactoring techniques since that is the means by which you evolve the design.


Why Refactoring Techniques?

Refactoring assists your code to prepare for changes or increments by decreasing the complication which is generally disregarded during composing the initial code or test scripts. Refactoring methods likewise decreases redundancy in code, rearrange logic or cut down on unnecessary loops, this on a code which is now conveyed and utilized in production.

Types of Code Refactoring Techniques:

There are numerous refactoring techniques in agile; however, we’ll talk about a few which are generally utilized and simple to learn. Following are the types of software refactoring:

Preparatory Refactoring:

While making an application, there are sure angles which testers can use in their codes to make it easy while building new features for their code. This element is called preparatory refactoring. While including another element in the code, the current code may be organized so that makes it troublesome for them to include new features. With the help of this procedure, they can first refactor the structure of the code which makes it easier for them to include new features.

Red-Green Refactoring:

This approach of refactoring assists the tester to develop a test suite, compose codes and change their code in a short timeframe. This sort of refactoring depends on Test-Driven Development where testers initially compose tests and after that uses these tests to adjust and create software applications. It tends to be broken into three stages:

Red: This is the principal phase of the Red-Green-Refactor In this stage; the tester mostly composes a test that illuminates the execution of an element. Just if the exceptions are met, the test will pass.

Green: The green stage is the place where tester will execute codes to guarantee the test pass. The primary reason for existing is to locate an ideal arrangement without editing the execution.

Refactor: This stage is the last phase of the cycle which includes the reasoning and how an engineer/tester can execute thoughts to enhance the code with better proficiency.

Composing Methods Refactoring:

In many cases, the code can be amazingly long and repetitive. This may cause troubles in understanding the logic of the code and thus become harder to change. This refactoring databases system will wipe out each repetitive code, or evacuate some other streamline. This will push the tester to effortlessly understand the logic and search for some other improvements.

Simplifying Conditional Expressions Refactoring:

Conditional expressions can sometimes turn out to be more entangled which likewise confuses their logic after some time. This approach of refactoring will improve the conditional expressions that eventually turn the code understandable and easy. The logic behind complicated conditional expressions moves toward becoming clearer and it is simpler for the tester to understand the logic better.

Advantages of code refactoring tools:

  • See the entire picture

If you have one principal technique that handles the majority of the functionality it’s in all probability much too long and amazingly complicated. But, if it’s separated into parts, it’s easy to see what is truly being finished.

  • Make it readable for your team

Make it easy to learn for your team, don’t compose it for yourself, and think about the long-term.

  • Maintainability

Joining of upgrades and updates is a persistent procedure that is unavoidable and should be invited. At the point when codebase is unorganized and based on the weak establishment, developers are frequently reluctant to roll out transitions. In any case, with code refactoring, sorted out code, the product will be based on a spotless establishment and will be prepared for future updates.

  • Productivity

Code refactoring tools might be considered an investment; however, it gets great outcomes. You decrease the attempts required for future changes to the code, either by you or different engineers, hence enhancing effectiveness.

  • Decrease complexity

Make it simpler for you and your team to work on any project.

Uses of Refactoring Technique for Testers:

Refactoring can be critical for testers as well; here are a couple of reasons to illustrate why it is essential for testers to utilize refactoring methods.

Testers guarantee the best possible testing of the functionality of the application. As the test composed by testers is code as well, it is vital for testers to utilize the refactoring procedure to rearrange their unpredictable code.

The test code composed by testers should be effectively readable and understandable. Utilizing code refactoring, the tester can utilize better expressions which make it simpler for different testers to comprehend the test code.

As the development utilizes code refactoring to make their code simpler to update, similarly, testers can likewise utilize this procedure to make their test simple to update.

Code refactoring is an essential step in building reusable. Continuously add refactoring to your project estimation and spend time in a portion of the code refactoring best practices as outlined above because learning code refactoring can be useful for the testers to enhance their test cases and in addition to making appropriate test technique for engineer’s refactored code.

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Justifying Website Load Testing Best Practices

Justifying Website Load Testing Best Practices. web load testingA site or web application is the way to the achievement of your image. In the present time of innovation, a site is the spirit of any business. Other than this, you don’t have much time to impress your clients since you have only one second or less to impress your client.

Therefore web load testing turns out to be more vital to guarantee the quality and reliability quality of your site.

Load testing your site is certifiably not a simple matter of simulating traffic. You have to design, execute appropriately and investigate your outcomes. There is a clear connection between user conversions and web load speed.

A quick site can attract more clients and work together on your site. It is additionally evident the other way around, where a moderate site can take away clients.

In this way, it’s vital to keep a watch on the website performance. We should be prepared for the unfavorable conditions like higher peak occasions, where a more than anticipated load and prompt system shutdown, which in the end can influence the services making the visitors dismissed that can eventually affect the income.

Load testing is outstanding amongst best practices for overall web performance testing strategy. Through website load testing, you can put the requirement on a system and measure its reaction under both ordinary and peak load conditions.

Here is a portion of the best practices that must be taken after to ensure effective web page load test:

Recognize your business goals

One of the principal things on which you should think, your business goals coordinate with your website performance condition or not. Else, you are going in the wrong way. You should plan the website load testing so that your entire business requirement will be met. The principal question you will ask is “By what means will my site perform under certain page load test?”

Make a test plan

A Test plan is characterized as an arrangement of test inputs, performance conditions, and expected outcome. There might be different web speed test plan relying on metrics of user communication with your site. For making your site dependable you should plan your testing scenarios and getting requirements. The best site speed test plan can discover imperfection and performance issue in your application or site.

Recognize your Key Performance Metrics

Your KPIs dependably rely upon your business destinations. Consequently, your KPIs must have the capacity to give a compact outcome. How much asset your application is consuming in terms of CPU, memory, disk I/O. Other than this, you should follow KPIs like throughput, reaction time and average request per seconds for the testing websites.

Pick a Perfect load testing tools

The accomplishment of your page load test dependably relies upon the website load testing tools you are utilizing. Consequently, it is prudent to utilize the best web load testing tool like JMeter. Website load testing using JMeter is a completely Automated Load Test, Stress Test, and Performance Testing Solution. With its top of the line worldwide service, it turns out to be the most downloaded open source load testing tool in the enterprises.

Settle on client loads

Before beginning the load test on your site speed you should have an unpleasant thought of what number of simultaneous clients can hit your site. You should likewise know what number of virtual clients you need to recreate? Other than this, you shouldn’t run all at first. You should begin with a few virtual clients and afterward scale up web performance test incrementally.

Thus, when working with generating load, these are a couple of general best practices to make sure to make reasonable, repeatable tests. Website performance test tools can help make these practices an easier task, and help guarantee quality tests are being performed on your application, sites or mobile applications.

TestOrigen makes utilization of open source and commercial website testing tools to execute performance testing. This proves to cost-effective and high-quality products. We give priority to the customer’s necessities and select tools following industry standards based on that. Our performance testing services are additionally given through client-server and web applications. This enables us to perform load and stress testing on Windows, Linux, and different stages.

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Updating the Various Types of Virtualization & its Benefits

Updating the Various Types of Virtualization and its Benefits. virtualization softwareVirtualization software has, in some shape, been a key segment in IT for a long time, yet around then the practices have expanded into various utilizations, from OS to big data. Virtualization can save resources, money, energy and we should hope to see increasingly IT divisions get ready with types of virtualization in its numerous structures for a long time to come.

Virtualization concepts refer to technologies intended to give a layer of reflection between computer hardware systems and the software running on them. By giving a sensible perspective of computing resources, as opposed to a physical view, virtualization architecture makes it conceivable to complete several extremely helpful things:

They can permit you, basically, to trap your operating systems into considering that a group of virtual servers is a single pool of computing resources.  Also, they can enable you to run a different OS at the same time on a single machine.

Virtualization software has its underlying foundations in partitioning, which separates a single physical server into different logical servers. Once the physical server is separated, each logical server can run an OS and applications autonomously.

In the 1990s, virtualization technology was utilized fundamentally to re-make end-client conditions on a single bit of centralized computer hardware. If you were an IT overseer and you want to release new software, yet you wanted to perceive how it would work on a Windows NT or a Linux virtual machine, you need to utilize virtualization software to make the different user environments.

Organizations of all sizes are holding onto full virtualization as an approach to cut IT costs, upgrade security, and increment operational effectiveness. While the benefits of virtualization are self-evident, numerous individuals are still in the dark with regards to the many different types of virtualization.

Here, we’ll demonstrate to you probably the most widely recognized virtualization strategies and for what reason they’re profitable to your business.

Operating system virtualization:

OS virtualization makes a virtualized layer of software on the highest point of the host operating system that resides over the hardware layer. Dissimilar to other virtualization, they make an OS interfaces for applications to run, giving the sentiment of an entire OS for the applications.

Application Virtualization:

This is where applications get virtualized and are conveyed from a server to the end client’s gadget, for example, PCs, cell phones, and tablets. So as opposed to signing into their PCs at work, clients will have the capacity to access the application from essentially anyplace, gave an Internet connection is accessible. This kind of virtualization is especially prominent for organizations that require the utilization of their applications in a hurry.

Storage virtualization:

Storage virtualization is the pooling of physical storage from different system storage gadgets into what has all the earmarks of being a single storage gadget that is managed from a central console.  It is ordinarily utilized in storage area networks.

Desktop Virtualization:

In virtual desktop technology, the workstation is virtualized as opposed to a server. The user can get to the work area remotely and can connect with the workstation safely. This encourages the client’s ability to sign in and work from anyplace. Furthermore, it is very much secured.

Data virtualization:

Data virtualization is abstracting the conventional technical details of data and data administration, for example, area, execution or arrangement, for more extensive access and more resiliencies tied to business needs.

Hardware/Server Virtualization:

In Hardware Virtualization innovation, a single processor goes about the same number of various processors. Diverse operating systems can be kept running on the same hardware by the client or numerous clients can get to the processor in the meantime. This requires a Virtual Machine Manager called as the Hypervisor, which controls the processor, memory and different components without a source code to keep running on a similar system with various operating systems. The essential point of this innovation is to merge small servers into a single server. This empowers the processor to work all the more productively.

System Virtualization:

System virtualization is a technique that joins all physical networking equipment into a single asset. It is the way of partitioning data transmission into different, autonomous channels, every one of which can be assigned to servers and gadgets continuously.

Benefits of virtualization:

Virtualization can expand IT scalability, flexibility, and agility while making critical cost investment funds. Greater workload mobility, expanded execution and accessibility of assets, automated activities – they’re all advantages of virtualization software that make the IT industry easier to manage and less expensive to possess and work. More advantages include:

  • Decreased capital and working expenses.
  • Eliminated or minimized downtime.
  • Expanded IT profitability, effectiveness, agility, and responsiveness.
  • Quicker provisioning of resources and apps.
  • Greater disaster recovery and business continuity.
  • Rearranged data center management.
  • Accessibility of a genuine Software-Defined Data Center.

Coordinating virtualization into your business can be a confusing and complicated process. In a perfect world, you will need the help of experts to take care of your business right. In case you’re searching for top-quality and dependable virtualization arrangements, why not connect with our experts today. We’ll influence your virtualization experience a quick and easy one.

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Right Path for Testing a Trading System

Right Path for Testing a Trading System. trading system testingA fundamental part of the development procedure is to perform trading system testing to decide its hope – what amount of cash could the trading system make in a live market? Since you have a trading system planned and coded, the time has come to test it to ensure that your coding is free of logical and technical errors.

We will likewise take a look at something known as an improvement – an element in some trading system testing that enables you to calibrate your trading rules to fit the stocks that you plan on exchanging.

The way to making and managing powerful trading systems is to guarantee high volume and effective low latency throughput. With the action of traders and cash supervisors around the development of new methodologies and new strategies for electronic cost disclosure, this paves approach for the continuous increase in the volume of exchanges and administration of colossal measures of market data.

This leads to a tremendous network traffic from different requests being set and certainly makes an exponential growth rate for market data. Ordinarily, trading system testing utilizes an arrangement of complex guidelines inside their coordinating matching engines to superbly match and handle purchasing and offering alternatives over dealing with drop and supplant demands.

Recent technologies, for example, automatic trading software, need for 24 hrs consistent trading, market fragmentation, and changes in fundamental innovations like algorithmic trading, have additionally added to the trading strategies complexity. In addition, as business open doors keep on changing in the present quickly developing the commercial center, the outcome is an expansion in data flow and preparing loads.

In the realm of trading, time is truly money, all these different reasons have led to the rise of the need for the trading system testing and make software testing inescapable for these trading software test. Now, let us see a portion of alternate reasons why testing is required for trading app test.

Why Test Trading Platforms?

Data accuracy is imperative to stay away from any misfortune while processing huge amount of data. To keep the procedure faultless and trading proficient, it is critical to perform testing on such stages. A good trade tested platform helps in productive working continuously and reestablishing the customer’s confidence. But, there are a couple of difficulties included while testing such frameworks.

  • To develop constant trading scenarios.
  • Technical difficulties because of interface entryways.
  • Difficulties emerging because of various clients utilizing different systems, interfaces, and passages.
  • Dealing with different APIs.
  • Performance issues identified with system and latency.
  • Third party applications and Compliance issues.

Furthermore, there are different difficulties related to business rules, needs and models.

Testing Your Trading System:

The vast majority of trading apps that support programming languages additionally support testing tools. These tools are categorized into parts:

  • Technical

Technical testing tools help in finding the technical issues in your code. For instance, if you forget to add a semicolon after an announcement, the technical testing tool will inform you that your announcement is invalid.

  • Logical

Logical testing tools look for consistent errors in your code. For instance, if you going to utilize a “greater than” sign rather than a “less than” sign, a logical testing tool will show you that your outcomes don’t make sense.

You can execute various tests on trading platforms, including interface, functional, performance and that’s just the beginning. They help in assessing the overall performance and functionality of the trading platform. The smoke test is the way to test trading applications, particularly for ongoing complex exchanges. Keeping in mind the end goal to test all functionality, you should make unit test cases. In any case, the new functionality gets included; regression testing can help guarantee consistent trading. Interface testing is another key test to guarantee the quality of a product. It centers on the exactness of information and interface. All dangers and vulnerabilities are distinguished through security testing. Performance testing likewise assumes a noteworthy part by testing the principle application, subsystems, and interfaces connecting the subsystems.

Backtesting software is a key part of successful trading system development. It is refined by recreating, with historical information, trades that would have happened in the past utilizing rules characterized by a given system. The outcome offers insights to check the effectiveness of the backtesting trading strategies.

TestOrigen has years of experience as an independent testing services providers. Contact our team of proficient testers to find out about the testing of your trading applications.

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The Analytics Magnifying Test Automation Process

The Analytics Magnifying Test Automation Process. analytics softwareThe manner in which associations develop software has changed essentially over the last couple of years. From agile to DevOps to continuous everything, developers are running quicker and developing more substance in less time.

As a tester, you must keep up. You should empower the business to run speedier and decrease time-to-market, however without harming the quality of the product, which would negatively affect the value of your image.

Clients expect quick updates, fixes, and feature improvements to products that they utilize and love. And, you have to accomplish the majority of this while decreasing expenses. So how would you use analytics software in automation testing to strike the right balance?

We could state that automated software testing is basically a quality control framework that vets the operational parts of a product. The point is to make a testing procedure that is thorough and that works through one or various test automation systems. Regularly, upon completion, the automation testing tools report the outcomes and compare results and past testing cycles.

This is the time of big data technologies and analytics software – it makes sense that innovators have created BI analytics solutions that offer bits of knowledge intended to make an interpretation of these test results into actionable data for a future change.

These business intelligence software solutions proactively find issue regions in the testing procedure and demonstrate the path forward to accomplish a high-quality product. We should investigate how analytics software can help test automation.

Utilization of Analytics:

Data and analytics offer a logical solution to the issue of deciding how to decrease the extent of regression tests while mitigating risk. Big data analytics empowers programming engineers to basically assess the performance of their automated software application. They can track the different measurements and parameters associated with the development of test automation and the performance of the automated software testing tools. Bug logs implanted in the Google analytics dashboard can spotlight the territories of improvement. So also, information about the number and the sort of functions that pass summon demonstrate the health of the product that is being tested. The last status of the test outcomes displays an ideal picture of the condition of functionalities of the tested product. The graphical representation in the Google analytics report depicts a reasonable picture of the testing results that are easy to understand and read for everybody.

Advantages of Analytics in Testing:

  • Utilize analytics tools:

You can utilize analytics software tools, for example, Google Analytics, to accumulate data about your software product that you can use to upgrade testing conditions. Analytics can help pinpoint the highest-risk areas of your software product for regression testing and approve your underlying presumptions and worries about your product.

  • Deep jump into your software product:

Add secondary dimensions in automated analytics to understand the ideal combinations that reflect what clients are utilizing in production. Utilize the secondary dimensions accessible in website analytics tools to decide how much testing you have to do, and where, so as to pick up the certainty and scope levels you require.

  • Focus on user behaviors:

Study user behaviors to locate the most dynamic regions of the site and to pinpoint how clients routinely connect with your software. Taking a look at information for all pages or features, and testing your most usually utilized features, will give you a high certainty level.

  • Apply web analytics automation testing framework all over the place:

Whenever developers and testers hear the word business analytics, they may think about automation. However, you can apply analytics to any sort of testing as an approach to choose which tests to keep running on which pipelines.

  • Consider different data analysis software and analytics tools:

Information is accessible all over the place, and you can utilize it to find out about the zones of your product you didn’t test in regression. These extra information focuses can likewise help inform your future testing strategy.

  • No google analytics web? No problem:

It’s alright if you are working on a product that does not utilize web analytics software to collect information about your clients. Simply assemble client data through regular user surveys, marketing automation analytics, and statistics, or client approvals and input.

These six benefits accomplish more than help in magnifying the test automation process; they can crumple a comprehensive test technique into a “simple enough” test methodology that finds the most vital issues rapidly while decreasing test attempts by up to approx 80%.

Drive your testing with analytics:

The challenge of software testing lies in discovering issues that your clients believe are imperative as ahead of schedule as could be allowed. Thorough test approaches, if you can do them at all, are costly and give a lot of data, some of which may not be important. It “does everything” approach likewise tends to software delivery dates out.

So, embrace the Analytics and search for chances to change your test automation methods.

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Helping Hand for Converting Selenium Scripts into JMX Files

Helping Hand for Converting Selenium Scripts into JMX Files. selenium scriptsThe conversion of existing Selenium scripts into JMX files empowers you to produce load test scripts and use functional Selenium tests. Rather than keeping up JMeter scripts and updating them each time your web application transforms, you can easily convert selenium script to JMX files.

However, you need to keep up functional selenium test scripts during the application development lifecycle. In this way, when you need to execute load tests then a well maintained updated functional tests are already present.

Moreover, you need a Taurus, an open source automation tool for automating the complete process, by building a pipeline of useful selenium automation scripts.

In the case that the selenium scripts passed, Taurus covert them into JMX file in JMeter and runs the load test utilizing JMeter.

How to convert selenium script to JMX?

1st Step: To start a conversion, utilize the latest version of Taurus (1.6.6 or above) and Install Proxy2JMX file converter Taurus Module.

1st Step-To start a conversion, utilize the latest version of Taurus. selenium scripts

2nd Step: Place the Selenium scripts in the Taurus Examples registry.

2nd Step-Place the Selenium scripts in the Taurus Examples registry. selenium scripts

3rd Step: This can be found in the Selenium examples registry.

3rd Step-This can be found in the Selenium examples registry. selenium scripts

4th Step: The setup would resemble like this screenshot

4th Step-The setup would resemble like this screenshot. selenium scripts

5th Step: As indicated by the setup, Selenium will perform iteration 1, utilizing the scenarios from the “dir” catalog. The converter will utilize a proxy recorder to create “Keen JMX”.

6th Step: When you will run the test, Taurus will release and execute the Selenium test. This will utilize the proxy to change over the traffic into JMX.

7th Step: Once the activity is finished, utilize JMeter to open the subsequent JMX.

8th Step: You will see the structure of the requests.

8th Step-You will see the structure of the requests. selenium scripts

9th Step: Now launch the test in the ‘View Results Tree’ and see the converted selenium JavaScript.

9th Step-Now launch the test in the View Results Tree. selenium scripts

Congrats! You would now be able to use your functional tests to script your load tests.

We also use Selenium test automation framework for automating our testing procedures and providing best automation as well as manual testing services to our customers all around the world.

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Why Volume Tests referred to as Flood Testing?

Why Volume Tests referred to as Flood Testing. volume testing in software testingVolume testing in software testing is the method that will test the software app for the specific amount of information as far as throughput and proficiency. The purpose behind the volume testing process is to decide system performance with expanding volumes of information in the database.

Volume testing software, as its name, suggests that the testing deliberately subjects an application to a progression of tests where the volume of information being handled is tested.

Applications, for example, transaction systems should be volume tested since it contains a colossal amount of information which catches real-time sales. For instance, in banking apps there exists a few transaction processes so in such applications the volume testing technique turns into a mandatory task.

In-Depth execution of the system is tested with volume software testing strategy. A key to volume application testing is the recognizable proof of the relevant capacity in an application.

The whole processing strength of an app is tested by volume reliability test strategy. For example, the limit of an informing framework can be tested in light of the span of the messages being prepared. Expectation this volume testing post would be an instructive one.

It additionally called flood testing is the point at which you fill a system with information to perceive how it performs. It is a part of performance testing. In large systems, it is essential to test this to know whether the system can support the present volume of information as well as even future anticipated information loads.


Why perform Volume Testing in Software Testing?

The goal of performing the volume quality assurance testing is to

  • Check system execution with expanding volumes of information in the database
  • To recognize the issue that is probably going to happen with a lot of information
  • To figure out the point when the dependability of the system corrupts
  • Volume Testing will recognize the strength of the application or system – typical and substantial volume.

Volume Testing Benefits:

  • To decide the volume of information at which the dependability of the system is agreed
  • Recognize issues that a system from achieving wanted volumetric targets
  • Check systems reaction time
  • Confirm any information is overwritten with no warnings
  • Guarantee that the system is totally proficient for real-world usage

Limitation in Volume Testing in Software Testing:

  • Fragmentation of memory hard to produce
  • Relational Integrity of produced information
  • Dynamic generation of keys

Volume Testing Characteristics:

  • During the development stage, just a little measure of information is tested.
  • The execution of the product breaks down after some time as there is a huge measure of information over the long haul.
  • Test cases are gotten from configuration reports.
  • Test information is generally produced utilizing a test information generator.
  • Test information require not be legitimately right but rather the information is to evaluate the system execution.
  • Upon completion of testing, results are logged and followed to bring it to the conclusion.

TestOrigen’ software quality assurance, performance testing, and planning services can assist you with determining the volume limit a product can deal with and you can be early arranged.

We remain ahead among contenders simply because of the diligent work and commitment that originates from a team of best experts, testing experts, and QA. Our firm mostly centers on the beneficial and practical type of automated software testing to give compelling and proficient services to every one of our customers.

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Blockchain Revolutionizing the Insurance Industry

Blockchain Revolutionizing the Insurance Industry. blockchain in insuranceBlockchain in insurance is gaining the popularity as this is an industry that relies on transparency, quality, or trust and that will give by this blockchain technology.

While most new businesses trying to pick up traction in the insurance sector fall under incremental technology, Blockchain for insurance could be described as problematic.

The blockchain was at first made as the pragmatic solution for the natural issues of secrecy and double spend in the dispersed Bitcoin ecosystem.

These days, these distributed ledger systems cover the whole value chain from client wallets and customer-driven applications to money exchange and transactions.

There are various blockchain insurance use cases for insurance activities to be conveyed onto a blockchain.

Some remarkable examples are automation, fraud detection, risk protection and catching ongoing information, smart contracts for satisfying ‘Know-Your-Customer’ and anti-money laundering standards and information institutionalization, other than the ‘IoT” technology.

Key Points That Impacts Blockchain in Insurance Industry:

  • Enhances trust:

There’s a crisis of trust in the money-related services industry. Notwithstanding the way that the big banks are the primary point, the breaking down of trust impacts all organizations. Blockchain technology insurance empowers building the trust of clients since it gives transparency and straightforwardness.

  • Upgrade proficiency:

While changing healthcare and insurance agencies, providers know how inefficient the data area process is to get coverage or care started. Also, clients have an evident fear of losing control over their own data. Blockchain life insurance gives a response for drive proficiency and security that would empower the person’s data to be controlled by the individual while confirmation is enrolled on the blockchain.

  • Improved claims-processing through smart contracts:

The guaranteed individuals normally find insurance contracts long and perplexing, while the insurance agencies are doing combating a different fraud which is unprecedented. Through blockchain technology in insurance and smart contracts, both of them would benefit by directing claims in a transparent and responsive way. And, it starts with recording and affirming contracts on the blockchain.

  • Fraud detection and prevention:

One of most the convincing reasons, insurance organizations should examine that is the blockchain’s ability to identify and prevent fake or illegal action. A normal 5 to 10% of all cases are fraud. Blockchain innovation’s decentralized store and its verifiable record which can independently check policies, customers, transactions for authenticity.

Blockchain Applications in the Insurance Industry:

Equipped with a sense of how blockchain and insurance work, let’s consider some possible applications in the insurance business.

Asset tracking and proof of ownership:

Insurance agencies should first set up ownership of the insured property and furthermore have the ability to track the transfer of ownership. Thus, insurers can dependably and inexpensively track details and the exchange history of pretty much any asset of value.

Reinsurance and shared risk:

Once physical resources are followed as digital tokens, insurance agencies can pool or disseminate the risk much like securities are managed in financial applications. The Blockchain Insurance Industry Initiative utilize it for streamlining reinsurance among participating organizations.

Title insurance:

Property ownership records tracked on blockchain ledger are made dependable and basically carefully designed. That decreases the need to repeat research attempts related to title insurance and considerably decreases the probability of frauds and errors.

Smart contracts for insurance processing:

Self-executing blockchain programs called “smart contracts” as it can possibly drastically reduces the clerical errors and increases efficiencies.

Peer-to-peer insurance:

Gatherings of members not independently qualified for reasonable insurance coverage may utilize the decentralized trust and self-sufficient processing smart contract capability of blockchains to self-guarantee the gathering by sharing danger at a decreased cost.

Internet of Things self-insurance:

Smart gadgets and property aware of their own state can cooperate with smart contracts to purchase their own insurance or file claims as established by their sensors.

Every one of that sparkles isn’t gold

In any case, notwithstanding all of the open doors there are at this stage, progressing worries around blockchain over adaptability, execution ability, down to earth combination with built up organizations and administration structures exist. Controllers are worried that the center foundation is shaky, the insurance against data theft is unproven and the legal enforceability of smart contracts is untested.

More or less, blockchain in insurance can possibly change the manner in which the insurance business works, making a level of accountability and transparency not previously conceivable. Insurers need to confront the truth of the problematic forces in their market and ensure they start the vital steps to adjust, utilizing this new blockchain technology in the insurance industry to its fullest.

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Lecture on the Mantis Bug Tracking Tool

Lecture on the Mantis Bug Tracking Tool. mantisbtIn the case, your organization makes its own software product, has its own website, or needs to keep track of software related issues; at that point, you require a bug tracking tools. Normally, there is a lot of such defect tracking tools accessible.

A most of these tools are either complicated to utilize or complex to install. MantisBT, on the other hand, is both easy to utilize and easy to install.

This open source bug tracking software is composed in PHP, utilizes MySQL, and can be installed on OS/2, Linux, Mac,  Windows, and much more.

MantisBT is one such tool that can fill the need of bug tracking system. Mantis bug tracker is initially developed in the year 2000 by Kenzaburo Ito. The Victor Boctor, Julian Fitzell, and Jeroen Latour participated in this project and it becomes a team in the year 2000 only.

The version 1.0.0 of Mantis tracker was discharged in the year 2006. Till then, new updates have been released. In July 2012, the MantisBT association on GitHub turned into the official storehouse for the Project’s source code. Presently, MantisBT 2.5.1 is the newest stable version accessible in the market.


Mantis bug tracking tool is produced in PHP language, and backings databases like PostgreSQL, MS SQL, MySQL, and various programs, yet not constrained to Internet Explorer, Google Chrome, Opera Mozilla Firefox, and Safari. The UI of the Mantis tool is manufactured utilizing CSS and HTML.

This is discharged under the GNU General Public License.

Uses of MantisBT:

  • To track all bugs/issue all through Defect lifecycle.
  • To oversee at release level also.
  • Backings reporting and analytic features.
  • Backings plug-in with other software and IDE to make it more powerful and effective.

What issue does it settle?

MantisBT is a full-featured free bug tracking software that monitors bugs as well as incorporates a user system so different clients can connect and various projects can be tracked.

Standout Features of Mantis Testing Tool:

  • Easy to use and install
  • Backings projects, categories, and sub-projects
  • Different levels of user access
  • Support Changelog
  • Support “My View” page
  • Consist of filter tools and search
  • Graphing and Reporting built-in
  • Support Custom field
  • Provide email notification
  • Adaptable issue work process

Limitation of Mantis Open Source Tool:

  • Just a single screenshot can be attached during the bug report creation process. You can join another to the already created bug report
  • UI isn’t appealing
  • There is no alternative to producing a progress report
  • There is no alternative to track stuff automatically

Issue tracking system deals with the bug adequately, and productively. At last, decreasing time, and endeavors in managing bug history. With appropriate administration of bugs, we can enhance the quality of the work procedure and can stay away from any loopholes during the procedure of testing, and development.

With Mantis defect tracking, one can expect the appropriate use of the asset and to convey the maximum output from them. In this way, you can expect a good Return on Investment.

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